.... japan government social responsibility wind energy peak shaving optimization problem column diameter sustainable development turbine asia government sub-sea system wind turbine lower hull length blade pitch angle support structure fowt electricity sustainability artificial intelligence...

... solution. optimization problem sustainable development float shape sustainability artificial intelligence machine learning wave excitation force geometry algorithm evolutionary algorithm optimization result social responsibility wave energy converter optimal shape optimization method...

... optimization problem sustainable development deployment location wpaf requirement geometry offshore aquaculture farm pen diameter ABSTRACT In this paper, we present the conceptual design of a wave-powered aquaculture farm (WPAF), in which a wave energy converter (WEC) is co-located with a salmon...

... implementation depends on the availability of spare parts to reduce failure downtime and costs. warehouse netherlands government inventory policy optimization problem artificial intelligence spare part sustainability europe government wind energy major repair maintenance central warehouse...

.... In recent years, domestic and foreign scholars have mainly studied the multimodal transport route optimization problem. The establishment of multimodal transport route selection models is generally optimized from the aspects of the objective function, constraint conditions, and random factors. Ji et al...

.... united states government north america government asia government vehicle approximate model underwater vehicle flow field resistance marine transportation upstream oil & gas optimization problem china government artificial intelligence machine learning algorithm average wake fraction...

... can be used to optimize the parameters of similar pressure hull structures and provide ideas for the lightweight design of other UUV structures. upstream oil & gas artificial intelligence transverse bulkhead asia government pressure hull hull structure optimization problem hull...

..., leading to the over-exploitation of a single design, like monopiles. In this work, we define the design process as a multi-objective optimization problem and use Artificial Intelligence (AI) to discover multiple optimal solutions, while providing feedback, in the form of feature importance explanations...

... of ship design. Therefore, in this paper, a low-fidelity CFD solver based on the Neumann-Michell (NM) theory (Huang et al., 2013; Noblesse et al., 2013; Yang et al., 2013) is used to optimize hull form for reduced total resistance in calm water. marine transportation optimization problem upstream...

... constrained by the estimated time of arrival (ETA). Under the condition that the total sailing time remains unchanged, different routes will correspond to different speeds. Therefore, for operating ships, the selection of weather route is always a coupling optimization problem of route and speed aimed...

..., 1950). deformation china government optimization asia government machine learning upstream oil & gas artificial intelligence polar engineering conference deformation effect deformation method hydrodynamic performance fitting body deformation optimization problem hull form...

... of computer technology, Computer Fluid Dynamics (CFD) based on viscous theory has been widely applied to hydrodynamic problems. As a result, simulation-based design (SBD) technology has been widely applied to hull form optimization in the past decades. optimization problem sample point hull form...

... optimization variables. dimensionality reduction artificial intelligence eigenvector asia government optimization control point coefficient marine transportation optimization problem design space basis mode principal component analysis machine learning design variable engineering hull...

... cost propulsion system generator hybrid power system management strategy archive optimization problem machine learning particle emission optimization algorithm i-th diesel engine hybrid ship Proceedings of the Thirty-third (2023) International Ocean and Polar Engineering Conference...

... influence on trimaran hydrodynamics (Wang and Duan, 2021). To minimum the resistance of the trimaran, the design of trimaran outrigger layout should be performed first which requires both accurate resistance prediction and optimization technique. optimization problem trimaran outrigger trimaran...

..., indicating the battery is nearly running out and needs to be charged by PV. Then Pbat equals Ppv and the boat is passively stop working. This mode usually occurs after mode 4, when the solar radiation tends to increase starting from the dawn. Optimization Problem Formulation Based on the proposed...

... rov electrical industrial apparatus upstream oil & gas modeling & simulation machine learning europe government sub-sea system optimization problem artificial intelligence remotely operated vehicle prediction model control method external disturbance controller trajectory...

.... Then, the collaborative problem consisting of optimization objective, variables, and constraints is mathematically described. Finally, the particle swarm optimization algorithm (PSO) is employed to solve the optimization problem. A simulation comparison is carried out to verify the effect of the proposed method...

... actuator coefficient sweden government rudder rudder auv observer artificial intelligence instruction underwater vehicle controller control instruction optimization problem fault information matrix machine learning matrix torque control allocation mode observer coordinate system control...

... hoses are subjected to the very complex marine environment and underwater loads, so the configuration design, loads and dynamic response of the hoses are the focus of research in the field of CALM. optimization problem machine learning upstream oil & gas mooring system submarine hose...